TitanRF Faraday Fabric Pro Construction Kit XL50 (50 yds) // EMI & RFID Shielding / Cell, Wifi & Bluetooth Blocking / Military Grade Shielding Fabric / 150ft L x 44in W / 550 sq ft / 61.11 sq yds - comes rolled in a tube + FREE 20ft L Conductive Adhesive Tape



About Mission Darkness TitanRF Faraday Fabric

Mission Darkness TitanRF faraday fabric offers the next generation of faraday shielding. This is the same fabric that is used by military and law enforcement forensics investigators to block cell phone, WiFi, Bluetooth and GPS signals. Using copper and nickel to achieve an average attenuation of 80-100dB from 10Mz to 5Ghz, TitanRF offers extremely high shielding. Use TitanRF to block RF signals, EMI radiation, EMP’s, shield credit cards, solar generators, electronics, and more. Check out our faraday testing apps to confirm your design (see below).

Features: Mission Darkness TitanRF Faraday Fabric (MDFF-TRF)

  • 80dB - 100dB average signal attenuation
  • Nickel and copper composition
  • 44in wide x 1500ft long (50 yards) / 550 sq ft / 61.11 sq yds
  • Surface resistance approximately .5 Ohm/sq
  • Lightweight and extremely durable
  • High-grade corrosion and tarnish resistance
  • Easy to work - cut, sew, tape, and use like standard fabric
  • Kit includes FREE 20ft L conductive adhesive tape and instruction card
Applications

Mission Darkness TitanRF Faraday Fabric is primarily designed for military and law enforcement, but can also be used by civilians for EMP protection, personal data protection, digital privacy, identity protection, signal isolation in secure facilities, EZ pass shielding, data protection during travel, anti-credit card skimming, and more. Use the material to create shielding enclosures, rooms, and tents.

Use our FREE Faraday Testing App!

The Mission Darkness app lets you test shielding effectiveness of your faraday projects. The Android app, called "MD Faraday Bag Tester" or iPhone app called, "Faraday Test" uses your phone's WiFi, Cell, and Bluetooth antennas to measure dB shielding.